def test_get_possible_apertures(instrument, expected_list):
"""Make sure the correct apertures are returned for the given instrument
"""
badpix = bad_pixel_monitor.BadPixels()
badpix.instrument = instrument
ap_list = badpix.get_possible_apertures()
assert ap_list == expected_list
def test_filter_query_results():
"""Test MAST query filtering to extract most common filter/pupil and
acceptable readout patterns
"""
badpix = bad_pixel_monitor.BadPixels()
badpix.instrument = 'nircam'
dict1 = {'filter': 'F070W', 'pupil': 'CLEAR', 'readpatt': 'RAPID'}
dict2 = {'filter': 'F090W', 'pupil': 'CLEAR', 'readpatt': 'BRIGHT1'}
dict3 = {'filter': 'F070W', 'pupil': 'CLEAR', 'readpatt': 'BRIGHT1'}
query_results = [dict1, dict2, dict1, dict1, dict3, dict1]
filtered = badpix.filter_query_results(query_results, 'flat')
assert filtered == [dict1, dict1, dict1, dict1]
# NIRSpec
badpix.instrument = 'nirspec'
dict1 = {'filter': 'F070W', 'grating': 'CLEAR', 'readpatt': 'NRSRAPID'}
dict2 = {'filter': 'F070W', 'grating': 'CLEAR', 'readpatt': 'NRSIRS2'}
dict3 = {'filter': 'F070W', 'grating': 'CLEAR', 'readpatt': 'NRSRAPID'}
query_results = [dict1, dict2, dict1, dict1, dict3, dict1]
filtered = badpix.filter_query_results(query_results, 'flat')
assert filtered == [dict1, dict1, dict1, dict3, dict1]
def test_identify_tables():
"""Be sure the correct database tables are identified
"""
badpix = bad_pixel_monitor.BadPixels()
badpix.instrument = 'nircam'
badpix.identify_tables()
assert badpix.query_table == eval('NIRCamBadPixelQueryHistory')
assert badpix.pixel_table == eval('NIRCamBadPixelStats')
def test_make_crds_parameter_dict():
"""Test that the dictionary to be used for CRDS queries is properly
created
"""
badpix = bad_pixel_monitor.BadPixels()
badpix.instrument = 'nircam'
badpix.detector = 'nrcalong'
params = badpix.make_crds_parameter_dict()
assert params['INSTRUME'] == 'NIRCAM'
assert params['DETECTOR'] == 'NRCALONG'
assert params['CHANNEL'] == 'LONG'